FAB RUB SPRING

 

 

We are in FabRub Spring fabric and rubber spring provides a new and unique way to make use of the many advantages of rubber as an industrial application field because of their reliability, corrosion resistance, low cost, and basic simplicity.

When a coil spring fails, it will often crack allowing fragments of the coil to damage equipment. This problem is eliminated with the rubber construction of FabRub Spring. Additionally, FabRub Spring exhibit exceptionally high overload characteristics and usually do not fail catastrophically, offering some support even during failure. FabRub Spring has no moving parts.

No maintenance or lubrication is required and reduces structurally transmitted noise caused by vibration. The excellent performance has been proven in the damp and corrosive environments of mines and mills where a standard coil spring will fail. Due to the rubber construction, these springs do not bottom-out like coil springs under overload

Construction : Unique construction elements are the key to the Vishwaraj FabRub Spring spring’s design flexibility. The basic construction includes a solid rubber core with a hollow center and several plies of fabric reinforced rubber as an outer cover. These elements may be modified to meet specific load and performance requirements.

Advantages :

    • Constant Vibration Isolation with Changing Loads.
    • Does Not Bottom-Out.
    • Eliminates Downtime and Potential Damage to Machinery.
    • High Load Carrying Capacity.
    • Excellent Vibration Isolation.
    • Lateral Vibration Isolation.
    • Compact Overall Size.
    • Corrosion Resistant, Durable & Long Life.
    • Increased Stability at Higher Percentages of Compression.
    • Effective Noise Reduction.
    • Low Cost.
    • Maintenance Free.

Applications :
Bin Hopper, Compressor, Blower, Motor, Vibrating Screen, Shock Impact Absorber for Cranes, Hammers, Bumpers and similar application

Model No. OD ID Length Min Load (Kgs) Natural Frequency Max Load (Kgs) Natural Frequency
Load Height CPM Hz Load Height CPM Hz
FRS-1 41 16 44 65 38 414 6.9 140 32 304 5.1
FRS-2 41 16 89 62 76 279 4.7 140 65 253 4.2
FRS-3 83 32 127 178 108 251 4.2 400 92 186 3.2
FRS-4 76 25 102 187 85 174 2.9 400 74 161 2.7
FRS-5 76 25 76 211 65 293 4.9 410 55 162 3.6
FRS-6 102 51 152 236 130 216 3.6 490 110 165 2.7
FRS-7 89 25 152 253 130 223 3.7 540 110 165 2.8
FRS-8 114 51 152 310 130 235 3.9 750 110 156 2.6
FRS-9 114 51 178 498 151 213 3.6 1130 129 158 2.6
FRS-10 152 35 203 700 184 206 3.25 1600 163 148 2.45
FRS-11 152 25 203 990 173 191 3.25 2100 147 144 2.4
FRS-12 191 89 254 1005 216 176 2.88 2325 184 142 2.3
FRS-13 140 51 178 700 151 181 3.01 1490 129 175 2.9
FRS-14 120 50 150 350 130 208 3.5 705 110 160 2.7